def setUp(self):
super().setUp()
self.devices = []
if self.args.provider == 'basicaer' or self.args.provider == 'all':
self.devices.append(BasicAerQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'aer' or self.args.provider == 'all':
self.devices.append(AerQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'legacy' or self.args.provider == 'all':
self.devices.append(LegacySimulatorsQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'ibm' or self.args.provider == 'all':
if IBMQX_TOKEN is not None:
self.devices.append(IbmQQiskitDevice(wires=self.num_subsystems, num_runs=8*1024, ibmqx_token=IBMQX_TOKEN))
else:
log.warning("Skipping test of the IbmQQiskitDevice device because IBM login credentials could not be "
"found in the PennyLane configuration file.")
def setUp(self):
super().setUp()
self.devices = []
if self.args.provider == 'basicaer' or self.args.provider == 'all':
self.devices.append(
BasicAerQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'aer' or self.args.provider == 'all':
self.devices.append(AerQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'legacy' or self.args.provider == 'all':
self.devices.append(
LegacySimulatorsQiskitDevice(wires=self.num_subsystems))
if self.args.provider == 'ibm' or self.args.provider == 'all':
self.devices.append(
IbmQQiskitDevice(wires=self.num_subsystems,
num_runs=8 * 1024,
ibmqx_token=IBMQX_TOKEN))